シーズプロジェクト Product Lineup

In the aerospace field, the verification process requires decisions based on accurate data. Especially when considering changes to the manufacturing site layout or equipment placement, it is crucial to have an accurate understanding of the current situation. Old drawings and inaccurate data can lead to issues during the design phase and affect the quality of the final product. Our 3D CAD data provision package supports the verification process in the aerospace sector. 【Usage Scenarios】 * Consideration of equipment placement during factory layout changes * Streamlining of manufacturing lines * Evaluation of new equipment introduction 【Benefits of Implementation】 * Reduced interference risks during the design phase * Decision-making based on accurate data * Realization of an efficient verification process

• 3D measuring device
• Other inspection equipment and devices

In the semiconductor industry, there is a demand for the precision and efficiency of manufacturing processes. Changes to factory layouts are essential for improving productivity, but when existing drawings are outdated or data is lacking, accurate assessments can become difficult. Issues such as interference after design and equipment fitting problems can also lead to losses. This package provides "current data" for considering factory layout changes in CAD. 【Usage Scenarios】 - Equipment layout considerations in clean rooms - Optimization of manufacturing lines - Space-saving solutions 【Benefits of Implementation】 - Enables accurate layout assessments in CAD - Early detection of issues during the design phase - Reduction of unnecessary costs and time

• 3D measuring device
• Other inspection equipment and devices

In the textile industry, improving production efficiency and establishing a flexible production system are essential for maintaining competitiveness. In particular, optimizing factory layouts is a critical issue as there is a demand for responsiveness to diverse products and quick adaptation to market needs. However, the aging of current layout drawings and a lack of necessary data for equipment arrangement considerations delay layout changes and lead to inefficiencies. This package provides "current data" that can be examined with CAD, supporting smooth layout changes. 【Usage Scenarios】 - Consideration of layout changes within the factory - Expansion or rearrangement of equipment - Streamlining production lines 【Benefits of Implementation】 - Enables accurate examination using CAD data - Reduces the risk of modifications after design - Facilitates smooth information sharing among stakeholders

• 3D measuring device
• Other inspection equipment and devices

In the automotive industry, optimizing factory layouts is crucial for improving production efficiency and quality management. Particularly when changing manufacturing lines or introducing new equipment, it is essential to verify the precise positional relationships of existing equipment and ensure there are no interferences with the new equipment. If the current drawings are outdated or there is no CAD data available, problems may arise during the design phase, potentially leading to rework and increased costs. Our 3D CAD data provision package offers accurate insights into the current state of the factory and provides the necessary data for layout considerations in CAD. 【Usage Scenarios】 - Factory layout changes - Equipment placement considerations - Interference checks during the design phase 【Benefits of Implementation】 - Increased design efficiency - Reduction in rework and costs - Smooth collaboration with stakeholders

• 3D measuring device
• Other inspection equipment and devices

In the machinery industry, changes to factory layouts are essential for improving production efficiency and enhancing the work environment. However, if existing drawings are outdated or CAD data is lacking, considerable time and effort are required for layout considerations. Additionally, issues such as equipment interference or not fitting into installation spaces often arise after the design phase. These challenges can complicate discussions with design firms and equipment manufacturers. This package provides "current data" that can be examined in CAD, addressing these issues. 【Usage Scenarios】 - Consideration of layout changes within the factory - CAD examination of equipment placement - Mitigation of interference risks during the design phase - Smooth discussions with design firms and equipment manufacturers 【Benefits of Implementation】 - Layout considerations based on accurate current data - Reduction of design errors - Realization of smooth discussions - Reduction of time and costs

• 3D measuring device
• Other inspection equipment and devices

In the metal processing industry, the layout within the factory is crucial for manufacturing high-precision products. In particular, the arrangement of machine tools and the allocation of workspace significantly impact product quality and production efficiency. However, if the current layout drawings are outdated or if there is a lack of CAD data, it becomes difficult to consider the optimal layout. This package provides "current data" that can be examined in CAD, supporting a smooth transition for layout changes. 【Usage Scenarios】 - Consideration of the arrangement of metal processing machines - Optimization of work flow - Quality control of products 【Benefits of Implementation】 - Enables accurate layout consideration in CAD - Reduces the risk of modifications after design - Optimizes capital investment

• 3D measuring device
• Other inspection equipment and devices

In the logistics industry, ensuring efficient warehouse flow directly correlates with operational efficiency and cost reduction. In particular, layout changes are crucial for optimizing the movement paths of forklifts and personnel, thereby shortening work time. However, when the current layout drawings are outdated or data is lacking, it becomes difficult to consider the optimal layout, leading to a higher likelihood of modifications after design. This package provides "current data" that can be examined in CAD, addressing these challenges. 【Usage Scenarios】 - Consideration of layout changes within the warehouse - Optimization of movement paths for forklifts and personnel - Evaluation of new equipment introduction 【Benefits of Implementation】 - Accurate layout consideration using CAD data - Reduced risk of modifications after design - Smooth information sharing with stakeholders

• 3D measuring device
• Other inspection equipment and devices

In the chemical industry, the safe operation of plants is the top priority. In particular, when renovating aging equipment or introducing new safety measures, accurately understanding the current situation is essential. However, due to outdated drawings and a lack of information, problems can arise during the design phase, and the effectiveness of safety measures may not be fully realized. Our 3D CAD data provision package accurately digitizes the current state of the plant in 3D and supports the consideration of safety measures. 【Usage Scenarios】 - Confirming the placement of hazardous materials within the plant - Considering the securing of safe passageways - Interference checks during equipment updates 【Benefits of Implementation】 - Reducing risks during the design phase - Improving the accuracy of safety measures - Facilitating information sharing among stakeholders

• 3D measuring device
• Other inspection equipment and devices

In pharmaceutical factories, compliance regulations such as GMP (Good Manufacturing Practice) must be adhered to, requiring accurate recording and management of the manufacturing environment. Changes to the layout can impact the manufacturing process and quality control, making it essential to accurately understand and document the current situation before any modifications. However, making layout changes based on outdated drawings or inaccurate information increases the risk of compliance violations. Our 3D CAD data provision package accurately digitizes the current factory in 3D, allowing for layout changes to be considered in CAD. This enables the simulation of the impact on the manufacturing process after changes are made, ensuring that layout modifications comply with regulations. [Use Cases] - Addressing GMP requirements - Optimizing manufacturing areas - Streamlining record management [Benefits of Implementation] - Reduced risk of compliance violations - Improved manufacturing efficiency - Enhanced accuracy of records

• 3D measuring device
• Other inspection equipment and devices

In the food industry, the layout of factories is crucial for meeting hygiene management standards such as HACCP. In particular, the proper arrangement of equipment is essential to reduce the risk of contamination and improve cleanability. However, if the current drawings are outdated or there is no CAD data available, it can be challenging to consider layout changes, potentially leading to hygiene management issues. Our 3D CAD data provision package supports the realization of a hygienic factory layout by accurately capturing the current state of the factory and providing data that can be analyzed in CAD. 【Usage Scenarios】 - Layout changes in food factories - Design of hygienic flow paths - Arrangement of easily cleanable equipment 【Benefits of Implementation】 - Compliance with hygiene management standards - Reduction of contamination risks - Improved cleanability

• 3D measuring device
• Other inspection equipment and devices

In the electronics industry, optimizing factory layouts is essential for improving production efficiency and reducing costs. Particularly in the fast-paced electronics sector, quick layout changes are required. However, challenges arise due to deficiencies in current drawings and the lack of CAD data, which prolongs the consideration of layout changes. This package provides "current data" that can be examined in CAD, addressing these issues. 【Usage Scenarios】 - Changes to factory layouts - Equipment placement considerations - Meetings with design companies and equipment manufacturers 【Benefits of Implementation】 - Reduction in layout consideration time - Decrease in design errors - Facilitation of smooth meetings

• 3D measuring device
• Other inspection equipment and devices

In the automotive industry, optimizing factory layouts is crucial for improving production efficiency and ensuring safety. Outdated drawings and inaccurate assessments of the current situation can complicate equipment placement considerations and increase the likelihood of frequent modifications after design. Our 3D CAD data provision package offers 3D point cloud data from within the factory and 3D data for CAD, enabling precise layout considerations on CAD. 【Usage Scenarios】 - Changes to factory layout - Equipment placement considerations - Collaboration with design companies - Meetings with equipment manufacturers 【Benefits of Implementation】 - Accurate understanding of the current situation - Feasibility of considerations in CAD - Reduced risk of modifications after design - Smooth collaboration with stakeholders

• 3D measuring device
• Other inspection equipment and devices

In firefighting activities, rapid and accurate situational awareness is essential for saving lives and minimizing damage. The conditions at a fire scene change constantly, and it can be difficult to make accurate judgments based solely on visual observation. Our service utilizes drone aerial photography and 3D scanning technology to visualize the situation on-site as data, thereby supporting quick decision-making. 【Usage Scenarios】 - Understanding the overall situation of the fire scene - Predicting the spread of the fire - Optimizing firefighting routes - Assessing the spread of toxic gases and hazardous materials 【Benefits of Implementation】 - Increased potential for saving lives through rapid situational awareness - Minimization of damage through precise firefighting efforts - Ensuring the safety of operational personnel - Smoother information sharing with relevant agencies

• Other analysis software
• 3D measuring device

In police investigation activities, accurately understanding the situation at the crime scene is essential for prompt resolution and appropriate judgment. However, traditional investigation methods have limitations in recording the scene, and collecting and analyzing evidence can be time-consuming and labor-intensive. Our "Aerial Photography and 3D Data Acquisition Platform Service for Decision Support" digitizes the crime scene in detail, supporting the efficiency and quality of investigations. 【Usage Scenarios】 - Understanding the overall picture of the crime scene - 3D digitization of evidence - Information sharing among stakeholders - Visualization of the investigation status 【Benefits of Implementation】 - Reduction in on-site verification time - Strengthening of evidence preservation - Alleviation of the burden on investigators - Judgments based on objective evidence

• Other analysis software
• 3D measuring device

In the mining and extraction industry, efficient resource extraction, safety management, and environmental considerations are essential. In particular, accurately understanding the mining area, the condition of the ground, and the layout of equipment are crucial for safe operations and improving productivity. However, due to the vastness of mining sites and complex terrain, it can be challenging to grasp the current situation. Our aerial photography and 3D data acquisition platform service for decision support enables accurate, data-driven judgments to address these challenges. 【Usage Scenarios】 - Overall understanding of the mining area - Understanding of ground conditions - Consideration of equipment layout - Safety management 【Benefits of Implementation】 - Accurate grasp of site conditions - Data-driven decision-making - Improved safety - Increased productivity

• Other analysis software
• 3D measuring device

In the field of urban planning, it is important to accurately grasp the urban landscape and predict future changes. In particular, analysis from multiple perspectives, such as building height, shape, and harmony with the surrounding environment, is required. Our aerial photography and 3D data acquisition platform service has been developed to meet these needs. By accurately understanding the on-site situation and organizing it into usable data for decision-making, we support the resolution of various challenges in urban planning. 【Usage Scenarios】 - Urban landscape analysis - Consideration of redevelopment plans - Disaster prevention measures - Environmental assessments 【Benefits of Implementation】 - Planning based on objective data - Facilitation of consensus among stakeholders - Efficient information sharing - Response to future urban changes

• Other analysis software
• 3D measuring device

In the energy industry, equipment monitoring is crucial for early detection of deterioration and abnormalities to maintain safe operations. Particularly for extensive equipment or equipment installed in high or hazardous locations, visual inspections alone have limitations. Our aerial photography and 3D data acquisition platform service for decision support utilizes drone aerial photography and 3D scanning to provide data for accurately understanding the current state of equipment. [Usage Scenarios] - Inspection of solar power plants - Detection of abnormalities in wind power equipment - Maintenance management of transmission lines - Deterioration diagnosis of plant equipment [Benefits of Implementation] - Increased inspection efficiency - Early detection of abnormalities - Improved safety - Reduced repair costs

• Other analysis software
• 3D measuring device

In the field of disaster prevention, it is crucial to quickly and accurately grasp the damage situation during a disaster. Especially for understanding extensive damage or conditions in areas that are difficult for people to access, rapid information collection methods are essential. Our aerial photography and 3D data acquisition platform service utilizes drones and 3D scanning technology to visualize the situation in disaster-stricken areas in detail. This enables a swift understanding of the overall damage and provides foundational data for developing effective recovery and reconstruction plans. 【Use Cases】 - Understanding damage situations in various disasters such as floods, earthquakes, and landslides - Checking the damage status of infrastructure in disaster areas (roads, buildings, etc.) - Collecting foundational data for formulating recovery and reconstruction plans 【Benefits of Implementation】 - Accelerated initial response due to rapid understanding of damage situations - More effective recovery plan formulation through accurate visualization of damage situations - Faster decision-making through smooth information sharing among stakeholders

• Other analysis software
• 3D measuring device

In the infrastructure industry, it is essential to detect the aging and abnormalities of structures early and to carry out appropriate maintenance management. In particular, it is important to quickly and accurately identify damages and deterioration that may be overlooked with visual inspections alone. Our service utilizes drone aerial photography and 3D scanning to visualize the current state of structures as detailed data. This supports improved inspection accuracy, efficiency, and the formulation of long-term maintenance management plans. 【Usage Scenarios】 - Inspection of infrastructure structures such as bridges, tunnels, and dams - Early detection of aging and damage - Data digitization and recording of inspection results 【Benefits of Implementation】 - Improved inspection accuracy - Reduced inspection time - Optimization of repair plans - Cost reduction

• Other analysis software
• 3D measuring device

In the real estate industry, accurate and easy-to-understand information is required to effectively convey the appeal of properties and support the decision-making of potential buyers. In particular, visualizing the overall picture of the property, the surrounding environment, and structural features is crucial for effectively communicating the property's value. Our aerial photography and 3D data acquisition platform service strongly supports property PR by accurately grasping the condition of the property and organizing it as data for decision-making. 【Usage Scenarios】 - Aerial photography to understand the overall picture of the property - Providing information to convey the surrounding environment and sunlight exposure - Creating 3D models to share images of the property after renovation - Visualizing structural features with numerical data 【Benefits of Implementation】 - Visually conveying the appeal of the property to attract customer interest - Deepening understanding of the property and contributing to increased closing rates - Unifying recognition among stakeholders and facilitating smooth consensus building - Enabling property verification from remote locations and supporting efficient sales activities

• Other analysis software
• 3D measuring device

In the construction industry, progress management involves accurately understanding the site conditions and sharing information among stakeholders. However, traditional methods of visual inspection and manual recording have made information gathering time-consuming and labor-intensive, with limitations in accuracy. Additionally, discrepancies often arise between the plans and the actual site, frequently leading to delays and rework. Our aerial photography and 3D data acquisition platform service addresses these challenges. 【Use Cases】 - Visualization of construction progress - Comprehensive understanding of the site - Information sharing among stakeholders - Record-keeping after completion 【Benefits of Implementation】 - Optimization of plans through accurate understanding of progress - Reduction of communication costs through smoother information sharing - Increased efficiency in information management through digitization of records

• Other analysis software
• 3D measuring device

Other Initiatives - Foundational Technology for Supporting Decision-Making through "Data Acquisition and Organization" - At Seeds Project Co., Ltd., in addition to decision support packages for factory floor assessments, flood assessments, and layout considerations, we also address the data acquisition, analysis, and structuring tasks that are prerequisites for these assessments. These services are positioned not merely as standalone offerings, but as "foundational technologies for accurately understanding the conditions of the site and organizing data that can be used for decision-making." Main Services Offered: ■ Aerial Photography and Filming with Drones Using drones, we safely and efficiently capture images from above, targeting factory sites, outdoor facilities, development areas, and structures. This service is utilized for obtaining information to grasp the overall picture of large sites or in situations where it is not feasible to visit the location multiple times. ■ 3D Scanning / Acquisition and Analysis of Point Cloud Data We acquire three-dimensional data (point clouds) of floors, equipment, and structures, both indoors and outdoors. This allows for the numerical understanding of height, tilt, unevenness, and distance, which is helpful in organizing issues that are difficult to assess through drawings or visual inspection alone.

• Other analysis software
• 3D measuring device

Addressing such issues: - Considering changes to the factory layout, but the current drawings are outdated. - Wanting to consider equipment placement using CAD, but lacking the original data. - It is common to encounter issues like "interference" or "not fitting" after design. - Meetings with design companies and equipment manufacturers are not progressing. Provided content (deliverables): - 3D point cloud data of the factory. - 3D data for CAD (IGES/STEP, etc.). - Simplified organized data usable for layout considerations. - Pre-testing to confirm compatibility with your CAD software. * We will alleviate concerns about whether "this CAD can be used" before implementation. Approach and duration: - On-site scanning: half a day to 1 day. - Data conversion and organization: 3 to 5 business days. - Delivery: approximately 1 week.

• 3D measuring device
• Other inspection equipment and devices

On the factory premises, judgments such as "Why does water accumulate only here?" and "How far should we go with countermeasures?" tend to rely on intuition. This package organizes the elevation differences and water flow of the entire site in 3D and provides materials for consideration in flood prevention measures. Common inquiries: - Some areas flood every time it rains heavily. - I don't know the priority of drainage measures. - I can't decide how far to go with countermeasures. - The site map is outdated and does not match the current situation.

• Other measurement, recording and measuring instruments
• 3D measuring device

When advancing equipment installation and transportation planning, there are often moments of hesitation regarding the judgment, "Is it really okay to leave the floor as it is?" This package is a service that visualizes the unevenness, slopes, and irregularities of factory floors in 3D, organizing the decision-making materials before equipment installation, transportation, and AGV introduction. The goal is not to assume construction or repairs but to first create a "state where decisions can be made." Common inquiries include: - It takes time to adjust the level after equipment installation. - There are concerns about the operation of AGVs and carts. - Unable to determine if floor repairs are necessary. - The drawings are outdated, and the current conditions are unknown. What this package can do: - Visualize the overall height differences, slopes, and irregularities of the factory floor in 3D. - Easily grasp undulations from a few millimeters to several centimeters with colors and numbers. - Allow for preliminary consideration of equipment installation heights and anchor positions on CAD.

• 3D measuring device
• Other environmental analysis equipment

Our company supports the digitalization of manufacturing and factory sites while keeping initial costs low, allowing you to experience benefits even with a limited budget. We utilize 3D scanning to accurately visualize equipment and workflow, helping to identify bottlenecks, improve efficiency, and reduce risks based on precise data. By integrating with production management systems and expanding to other locations, we deepen digitalization in line with growth phases and establish a sustainable improvement cycle. 【Features】 ■ Quick implementation with a small start ■ Thorough verification based on the site ■ Visualization of the current situation with high-precision 3D data ■ Continuous improvement through phased expansion *For more details, please download the PDF or feel free to contact us.

• Other factory equipment

Seez Project Co., Ltd. is a company that supports the resolution of various challenges, including optimization of facility layouts, equipment placement, warehouse space management, infrastructure inspection and maintenance, and improvement of operational efficiency through digital twins. By combining precise spatial data cultivated through years of drone aerial photography and laser scanning/3D measurement with expertise in visual storytelling, we provide suitable information for recording, investigation, and consideration in these fields. Please feel free to contact us when you need our services. 【Business Activities】 ■ Aerial Photography Services ■ Laser Scanning ■ Point Cloud Processing ■ Scan-to-BIM/CAD ■ Layout Planning ■ Digital Twin Construction ■ Application Development Proposals *For more details, please download the PDF or feel free to contact us.

• Other factory equipment
• 3D CAD

In the automotive industry, the efficiency of production lines and quality control are crucial. In particular, the smoothness of the floor surface significantly affects the precision and operational efficiency of machinery and transport equipment during installation. Inclines and irregularities in the floor can cause vibrations and malfunctions in the equipment, potentially leading to decreased productivity. This document is intended to thoroughly examine the inclines and irregularities of concrete floor surfaces within the factory and assess whether they meet the installation standards for equipment. 【Usage Scenarios】 - Floor evaluation before the installation of machine tools - Floor evaluation before the introduction of transport equipment - Floor evaluation during factory layout changes 【Benefits of Implementation】 - Improved equipment precision - Enhanced production efficiency - Strengthened quality control

• Other measurement, recording and measuring instruments

Hovermap is a mobile SLAM laser scanner developed by Emesent, an Australian company. It simultaneously achieves high-precision self-localization and 3D mapping without displacement, even in complex environments where GPS signals are unavailable, such as mines, underground tunnels, factories, plants, and cultural heritage sites. Currently, it is implemented in over 60 countries worldwide and serves as a stable SLAM system capable of 3D measurement both above and below ground, as well as indoors and outdoors. 【Features】 ■ High-reliability SLAM algorithm ■ Maintains high precision even in spaces with continuous shapes ■ Strong against dark environments, metal reflections, and magnetic interference ■ Reproducibility of results ■ Completes 3D scanning of factories ranging from 3,000 to 5,000 m² in just about 1 hour ■ Real-time preview allows for immediate data verification on-site *For more details, please download the PDF or feel free to contact us.

• Other measurement, recording and measuring instruments

This document explains the current state and future of "digital twins." It introduces various reactions from countries to OpenAI's video generation AI "Sora2," a retrospective on the history of information communication and data utilization over the past 100 years, and the reasons behind the realization of the VIRTUAL SHIZUOKA concept. Additionally, it discusses the construction of digital twins for small and medium-sized enterprises, as well as the business applications of game engines and VR. [Contents] ■ The development of VIRTUAL SHIZUOKA ■ The current state of digital twins ■ The future of digital twins *For more details, please download the PDF or feel free to contact us.

• Other information systems

The Shizuoka Project Corporation exhibited at the "Robot, AI, IoT Fair in Shizuoka" held at Granship in August of the 7th year of Reiwa. This fair is an event aimed at introducing advanced technologies to local companies and residents interested in the introduction of robots, AI, and IoT. On that day, we presented a domestic digital twin solution for small and medium-sized enterprises that is "easy for anyone to handle" and "can be implemented at a low cost." 【Event Overview】 ■ Date: August 27, 2025 (Wednesday) 10:00 AM - 4:30 PM ■ Venue: Granship 6th Floor Exhibition Gallery 1 (2-3-1 Higashi Shizuoka, Suruga Ward, Shizuoka City) ■ Content: Actual displays of robots and AI/IOT-related equipment / Individual consultation booths, etc. ■ Participation Fee: Free *For more details, please download the PDF or feel free to contact us.

• Other information systems

This document includes a report on the results of laser scanning within the factory using Hovermap STX and examples of its application. We introduce the "technical features and reasons for the introduction of Hovermap STX," highlighting the use of SLAM technology, high-precision 3D mapping, shortened construction periods, and improved safety. Additionally, at the end of the document, we also cover the effects of introducing Hovermap STX, as well as the benefits of management and renovation. Please take a look. [Contents] ■ Overview of Hovermap STX and its application in factory scanning ■ Introduction of laser scanning results within the factory ■ Utilization of scan data and future prospects ■ Summary and future direction *For more details, please download the PDF or feel free to contact us.

• Scanner
• Other measurement, recording and measuring instruments

A digital twin refers to the technology that reproduces real objects or systems on a computer, utilizing them for analysis, prediction, and improvement. By analyzing operational and production data within a factory, it becomes possible to identify bottlenecks and enhance work efficiency, leading to increased productivity and cost reduction. ■ Benefits of Implementing Digital Twins 1. Remote understanding of on-site conditions You can check the operational status of machines and the condition of production lines in real-time from remote locations, making discussions more efficient. 2. Safe information management Digital twins display only essential information and can mask confidential parts, thereby enhancing safety. 3. Flexible and intuitive information display Unlike flat dashboards, you can freely change perspectives and overlay information, allowing for an intuitive grasp of on-site conditions. 4. Contributing to securing young talent It becomes easier to dispel the image of "3K (hard, dirty, dangerous)" and promote the workplace as a comfortable and advanced environment. ＼ For more details, please view the PDF data by downloading the catalog ／ We also welcome inquiries regarding digital twins and data measurement, so feel free to contact us.

• others

Hovermap is an unmanned aerial vehicle that can be used for recording the current state of factory facilities, design support during equipment updates, and maintenance management. By non-contact scanning of high places and hazardous areas with a drone, it is possible to ensure both worker safety and surveying efficiency. It enables "immediate scanning and immediate aerial photography" for initial response at disaster and accident sites, excelling in insurance and investigation capabilities. 【Features】 - High-precision scanning of locations that are difficult to scan with conventional methods, such as indoors, underground, and behind structures where GPS signals do not reach. - Generation of high-precision and high-quality 3D models through the combination of photogrammetry. - A composite technology of aerial photography and scanning that allows for a three-dimensional understanding of structures and digital archiving. *For more details, please download the PDF or contact us.

• others

The SEEDS PROJECT has accumulated unique technical know-how in the selection, operation maintenance, and tuning of drone aircraft and filming equipment based on years of experience in unmanned aerial vehicle operations, and has put this into practice at numerous filming sites. By detecting changes in various filming environments such as location and weather, we operate drone aircraft and filming equipment to promise our customers reliable "trust" and "safety," while providing value through operational techniques that demonstrate "excellent launch capability and mobility." Our operational aircraft can be equipped with a variety of high-quality cameras, including 8K, 4K, and 2K cameras. **Our Strengths** - Providing services to customers with assurance and trust - Detecting changes in various filming environments such as location and weather - Operating drone aircraft and filming equipment based on multi-faceted perspectives and judgments - Operational techniques that demonstrate "excellent launch capability and mobility" - Our operational aircraft can be equipped with a variety of high-quality cameras, including 8K, 4K, and 2K cameras *For more details, please refer to the PDF materials or feel free to contact us.*

• others

Our company has participated in numerous projects, including the development and evaluation pilots of our flagship model "R-MAX" at a certain company, proposing "operator control and fatigue reduction," which led to the start of development and received high praise from owners. Additionally, through joint development with NHK, we developed a "4-axis active electronic control camera gimbal." This was mounted on unmanned helicopters and played an active role in domestic and international location shoots for NHK program production. Furthermore, we have achievements such as collaborating on the development of a high-definition TV live broadcasting method using unmanned aircraft and the development and launch of an 8K aerial photography system using unmanned helicopters. For more details, please refer to the related links below. 【Development Project Achievements】 ■ Participated in numerous projects, including the development and evaluation pilots of our flagship model "R-MAX" ■ Developed a "4-axis active electronic control camera gimbal" ■ Collaborated on the development of a high-definition TV live broadcasting method using unmanned aircraft ■ Developed and launched an 8K aerial photography system using unmanned helicopters *For more information, please refer to the related links or feel free to contact us.

• others

Our company offers an "8K Aerial Photography Service" using our uniquely developed low-vibration unmanned helicopter. We possess an 8K camera, a gimbal, and an unmanned aerial vehicle, and through repeated test flights and adjustments, we provide a stable, smooth service without any shake that meets our customers' needs. Please feel free to contact us if you have any requests. 【Our Strengths】 ■ Core technology and know-how (expertise based on operational techniques and achievements under various flight conditions) ■ Advanced equipment (deep knowledge of unmanned aerial vehicles and filming equipment) ■ Extensive experience in filming collaborations *For more details, please download the PDF or contact us.

• others

We offer a "UAV Laser Surveying Service" that allows for easy acquisition of terrain and cross-sectional data beneath trees without the need to fell them. From fieldwork for measurements to data processing tasks, we can provide a one-stop service tailored to our customers' needs. Additionally, we also accept requests for data processing only, to extract the necessary data for report creation. Please feel free to contact us if you have any requests. 【Features】 ■ Suitable for inaccessible areas and hazardous locations where scaffolding cannot be set up ■ Generates dense point clouds through low-altitude measurements ■ Efficiently and accurately reproduces micro-topography ■ Real-time mapping on-site using a PC *For more details, please download the PDF or contact us.

• others